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Design and fabrication of polymeric waveguide Bragg grating devices.

机译:聚合物波导布拉格光栅装置的设计和制造。

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The subject of this dissertation is a feasibility study of a flexible polymeric microfabricated waveguide Bragg grating (WBG) for potential sensing application. First, the optical design of the proposed device will be analyzed by examining the wave propagation and optical response of the Bragg grating inside the polymeric rib waveguide structure. The optical response is approximated using a coupled mode theory based on the slab waveguide model. Second, fabrication procedures on waveguide and Bragg grating design will be discussed. Third, preliminary results on the optical performance of the waveguide and grating responses using the proposed device will be presented. Finally, proposed future work on enhancing the design of the device will be addressed.
机译:本文的主题是用于电位传感应用的柔性聚合物微制造波导布拉格光栅(WBG)的可行性研究。首先,将通过检查聚合物肋状波导结构内部的布拉格光栅的波传播和光学响应来分析所提出设备的光学设计。使用基于平板波导模型的耦合模式理论来近似光学响应。其次,将讨论波导和布拉格光栅设计的制造程序。第三,将给出关于使用所提出的装置的波导的光学性能和光栅响应的初步结果。最后,将讨论有关增强设备设计的拟议未来工作。

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